Tackle Twill — 16.5″ PSA Metallic Twill
In Stock & Available To Order:
Black, Bronze, Red, Blue, Light Blue, Purple, Dusty Rose + Pearl
16.5″ Pressure-Sensitive PSA Metallic Twill features a thermal adhesive backing that completely seals the metallized yarns and provides stability for cutting + sewing onto garments. Exciting look that’s perfect for highlighting appliques. NOTE: Can be heat pressed to hold the design in place. Must be sewn to prevent fraying.
|PRICE PER YARD|
|Price Per Yard||$10.50||$10.25||$10.00||$9.75||$9.50|
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Formed in 1993 as a Division of Specialty Adhesive Film Co., our Mission has always been to provide the #1 Heat Transfer Products for the sports apparel industry. We have been awarded multiple U.S. patents (see About Us) for the methods and materials used to manufacture specialty films, fabrics and Hot-Melt Adhesives. We pledge to provide our clients with exceptional products and continued commitment to innovation, technology, and low prices. TwillUSA.com offers dozens of Heat Transfer Materials in hundreds of colors, plus $10.00 flat-rate shipping on orders delivered to CONUS.
Metallic Twill FAQs.
What Is PSA Metallic Twill?
Metallic Twill is a woven fabric that utilizes metallic yarns to create a shiny applique material. We coat the PSA Metallic Twill with our proprietary hot-melt adhesive (PS960 PSA) so that it can be cut easier, layered, re/positioned and heat pressed. PSA Metallic Twill has a hardness specification on the upper end, which makes it much easier to achieve a clean cut. Clean cuts are are critical for embroidery machines that demand a precise edge to put a zigzag or satin stitch on the design.
Can This Product Be Layered?
Yes. It can be layered 2 or 3 layers thick with other applique materials for multicolor designs. We recommend a maximum of 3 layers as 4+ can be too thick to heat apply.
Is the PSA Metallic Twill PVC-Free?
PSA Metallic Twill and our proprietary Hot-Melt Adhesives are 100% free of Polyvinyl Chloride ("PVC"). PVC contains dangerous chemical additives that can be harmful to your child's health.
Can I Cut PSA Metallic Twill On A Tabletop Plotter?
Metallic Twill fabric cuts clean on most desktop cutters, including Cricut and Silhouette Cameo. All forms of cutting work on PSA Metallic Twill — laser, plotter, flat-bed plotter, die cutting and shearing. NOTE: May fray a bit when plotter-cut and heat pressed.
What Blade Should I Use To Cut PSA Metallic Twill?
60° blades work best for cutting PSA Metallic Twill. On some machines it's called the "thick" blade. Machines vary, but 120 grams of downforce is usually sufficient to get a clean cut.
Does PSA Metallic Twill Feature An Adhesive Backing?
PSA's thermal adhesive backing (PS960 PSA) completely seals the twill yarns and provides stability for cutting + sewing on garments. Its polyester-based coating has no PVC and can be cut on plotters, dies, lasers, or even hand-cut. This adhesive system is available separately for coating materials other than Metallic Twill.
How Long Will The PSA Metallic Twill Last On Garments?
We have tested this material up to 50 wash and dry cycles without fraying, cracking or peeling. PSA Metallic Twill is sewn down onto garments, so it should last as long as the garment itself.
Does The PS960 PSA Adhesive Gum Up Sewing Needles?
Our proprietary Hot-Melt Adhesives feature a needle glide additive designed to sew without gumming. Sharp needles work better than ballpoint needles. HINT: Coating the needle with silicone also helps to promote a clean stitch. All manners of stitching work well, including zig zag, satin, bean, and lockstitch.
Can I Use PSA Metallic Twill To Embroider Custom Patches?
PSA Metallic Twill is not typically used for that purpose. Most patches are made from polyester Sports Twill (Tackle Twill).
How Is PSA Metallic Twill Different Than Sports Twill (Tackle Twill)?
These products are similar in that both are twill fabrics, but Metallic Twill uses metallized nylon yarns whereas Sports Twill (Tackle Twill) uses polyester filament yarns. There are also slight differences in the yarn size and the weave pattern.